The startup develops photovoltaic systems specifically designed for agri-PV projects and solar fencing, utilizing freestanding structures for vertical mounting of bifacial glass-glass modules. This technology provides reliable electricity generation for agricultural applications, enhancing energy access in rural areas.
Funding
$730K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Conventional photovoltaic systems often face limitations due to land usage conflicts, especially in densely populated areas where agricultural land is scarce. Traditional solar installations can also lead to grid overload during peak production hours, necessitating costly grid upgrades and energy storage solutions.
Solution
Next2Sun provides vertical bifacial photovoltaic (PV) systems designed for both agricultural and perimeter fencing applications, optimizing land use and energy production profiles. Their Agri-PV system, Fields2Sun, allows for the simultaneous use of land for agriculture and energy generation, mitigating land-use conflicts. The Solarzaun system, Fence2Sun, integrates bifacial PV modules into perimeter fencing, providing both security and renewable energy generation. By orienting the bifacial modules vertically in an east-west configuration, Next2Sun systems generate electricity during morning and evening hours, complementing traditional rooftop solar and reducing grid stress during peak midday production.
Target Audience
Next2Sun's target audience includes farmers, landowners, energy providers, municipalities, and businesses seeking to maximize land use, generate renewable energy, and enhance energy independence.
Features
- Vertical bifacial module design captures sunlight from both sides, increasing energy yield
- East-west module orientation shifts peak production to morning and evening, improving grid stability
- Agri-PV configurations allow for continued agricultural use of land with flexible row spacing
- Solar fence configurations provide perimeter security and renewable energy generation in one system
- Robust steel construction and high-quality glass-glass modules ensure durability and longevity
- System design allows for snow-free operation and increased winter energy production
- Modular design allows for variable heights and easy installation on various terrains